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According to rumors circulating on Chinese microblogging website Weibo, Apple will introduce two new finishes for the iPhone 16 Pro and iPhone 16 Pro Max later this year. However, the company is said to be making a small change to the glass assembly process, which one tipster is calling a “double ion exchange” process. Here we explain how this process is different and whether Apple has used it on previously released iPhones.
The dual ion exchange process was previously used in Apple’s iPhone 15, iPhone 16 Pro, and iPhone 16 Pro Max designs to make small upgrades because they use titanium.
We previously reported that instead of Blue Titanium and Natural Titanium options, the iPhone 16 Pro and iPhone 16 Pro Max will finally be available in “Space Black” and “Rose.” shrimp apple proWe spotted a Weibo post that revealed four finishes for the upcoming flagship, but did not provide any information about the dual ion exchange process. However, the injected back glass process has been previously employed on the iPhone 15 and iPhone 15 Plus, so it is not a new technology that Apple will adopt for its upcoming phones. For those who don’t know, this approach produces a frost-like effect.
However, the iPhone 15 and iPhone 15 Plus didn’t share a titanium finish, so Apple will take this opportunity to one-up the design. The upcoming iPhone 16 Pro and iPhone 16 Pro Max will not only share a polished titanium chassis, but also an injected glass back that should make both flagships more aesthetically appealing than their immediate predecessors. is. The entire iPhone 16 family is reportedly lackluster in terms of attractive upgrades, so Apple may use slight design changes to attract potential buyers.
According to the post, the vanilla iPhone 16 will come in four new colors.
space black
Gray (gray?)
white and
A rose, I don’t know how pink that rose is.
The back glass also shares the same manufacturing process, resulting in color-infused glass with a matte textured back. pic.twitter.com/UvD3N00qyG— Shrimp Apple Pro🍤 (@VNchocoTaco) April 3, 2024
Apple could also use Border Reduction Structure technology to reduce the bezel size on these models. Unfortunately, there’s a lot of information we haven’t found yet. Since the official announcement is still several months away, we want our readers to take this information with a grain of salt until we have concrete evidence.
News source: Weibo
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